Removal of low-concentrations (below several percent) of volatile toxic compounds (VTCs) from contaminated air streams is encountered at DOE waste sites in two instances: (i) Off-gases resulting from air-stripping of contaminated soil and water. (ii) Effluent from the incineration of highly-concentrated combustible hazardous wastes The objective of our research program is to develop a novel plasma chemical process for the destruction of VTC's in low-concentration waste streams
Nonthermal plasma (NTP) technology is a promising candidate for the treatment of air pollutants. An ...
Non-thermal plasma processing is an emerging technology for the abatement of volatile organic compou...
Silent electrical discharge plasma (dielectric barrier) reactors can decompose gas-phase pollutants ...
'Removal of low-concentrations (below several percent) of volatile toxic compounds (VTCs) from conta...
Destruction of low-concentrations (below several percent) of toxic volatile compounds from contamina...
The objective is to develop a novel plasma chemical process for the destruction of low concentration...
'The objective of this research program is to develop new plasma chemical processes for the destruct...
Pollution of the environment with production waste is one of the most acute problems in the industri...
Gaseous pollutants, solid and liquid waste treatments by thermal and non-thermal plasmas are critica...
development programs utilizing the outstanding properties of plasma technology for chemical reaction...
Non-thermal plasma techniques represent a new generation of air emission control technology that pot...
This paper aims at investigating the feasibility of applying a non-thermal plasma (NTP) to treat the...
Mechanical-biological treatments (MBTs) of urban waste are growing in popularity in many European co...
The paper is devoted to the study of the plasma neutralization technology for toxic waste in the gas...
Mechanical-biological treatments (MBTs) of urban waste are growing in popularity in many European co...
Nonthermal plasma (NTP) technology is a promising candidate for the treatment of air pollutants. An ...
Non-thermal plasma processing is an emerging technology for the abatement of volatile organic compou...
Silent electrical discharge plasma (dielectric barrier) reactors can decompose gas-phase pollutants ...
'Removal of low-concentrations (below several percent) of volatile toxic compounds (VTCs) from conta...
Destruction of low-concentrations (below several percent) of toxic volatile compounds from contamina...
The objective is to develop a novel plasma chemical process for the destruction of low concentration...
'The objective of this research program is to develop new plasma chemical processes for the destruct...
Pollution of the environment with production waste is one of the most acute problems in the industri...
Gaseous pollutants, solid and liquid waste treatments by thermal and non-thermal plasmas are critica...
development programs utilizing the outstanding properties of plasma technology for chemical reaction...
Non-thermal plasma techniques represent a new generation of air emission control technology that pot...
This paper aims at investigating the feasibility of applying a non-thermal plasma (NTP) to treat the...
Mechanical-biological treatments (MBTs) of urban waste are growing in popularity in many European co...
The paper is devoted to the study of the plasma neutralization technology for toxic waste in the gas...
Mechanical-biological treatments (MBTs) of urban waste are growing in popularity in many European co...
Nonthermal plasma (NTP) technology is a promising candidate for the treatment of air pollutants. An ...
Non-thermal plasma processing is an emerging technology for the abatement of volatile organic compou...
Silent electrical discharge plasma (dielectric barrier) reactors can decompose gas-phase pollutants ...